All that pain to oppose gravity
You squonkists are a determined bunch, ill give you that![]()
Oh come on!
All that pain to oppose gravity
You squonkists are a determined bunch, ill give you that![]()
Yes we are. But by pushing our juice uphill, we get the benefits of:All that pain to oppose gravity
You squonkists are a determined bunch, ill give you that![]()
Yes we are. But by pushing our juice uphill, we get the benefits of:
- Cool, fresh-squozen juice every time rather than having your entire tank full in incessant contact with a hot vaporization chamber.
- The flexibility of using pretty much any RDA on the market.
- The ease of maintenance of an RDA vs. a tank.
- Not being dependent on some large number of o-rings to maintain a tank's seal
- Much less sensitivity to pressure/altitude and temperature changes.
- An overall form-factor to the mod/atty combo that barely peeks out of a shirt pocket.
I did tanks for about my first 6 moths of vaping. I've been squonking for four years now.![]()
Holy switch wire...
I kept a dozen old floppy drive ribbon cables for connecting switches.![]()
I forgot all about wire wrap... those were lovely times.I use 30g Kynar wire for switching wires which I still have several rolls of from the old wire wrap proto board days.
I forgot all about wire wrap... those were lovely times.![]()
I don't think "lovely" is the term I'd use for wire wrap. 36 card cages with 36 pin connectors for each card gets to be a little boring after a while.
On the other hand, that was when I was working for Westinghouse in the meat packing area of Newark. Lunch was always great!
I respectfully submit that this makes no sense.
Let's say a cell's its resting voltage is 3.2V and it has 20 milliohms internal resistance. If you apply a "hard" 4.2V (from a supply with no current limit, and using leads with no resistance) that cell should take 50 amps. Even if its resting voltage is all the way up to 4.1, it should still take 5A.
V/R=I. V in this case is the difference between the supply voltage and the cells resting voltage. R is the internal resistance of the cell. Of course in the real world, the stuff between the power supply and the cells also have some resistance, which should be added to R, so the real-world currents will be somewhat less.
Exactly! But try it. It just doesn't take it. I can hook one of my 18650s drained to 3.2v directly to one of my CC/CV power supplies and dial in 4A @ 4.2v and then make the output hot. And I'll be lucky to get at least 1A of charge. I tried the same with one of my 5Ah RC lipos and it is better. There they can almost take 5A @ 4.2v per cell. Maybe I should use 8 AWG wiring. Maybe that is the problem.
I started squanking bc when I first started, reo's were one of the only ways to get a decent vape.
I just got out of the hospital today, my body seems determined to not cooperate with me. I was on the way home from the gym & then everything is fuzzyuntil I woke up at the hospital with an iv. I think I hit my head on something, must of fainted like a little girl lol & I had to stay there until my blood sugar & pulse "returned to normal" it didn't but I checked out. The doctor there was clueless, all he was looking at was symptoms, I did get info for a (supposedly) good endocrinologist so there's that, this'll be the 7th one I've seen though. I am kind of glad to of not had this happen at work.
This is the first time something like that has happened, I probably didn't eat enough... Still, I think I'm going to make an appointment on Monday with a new endocrinologist. Just need to not give up on finding a good Dr.
lol! results from lab tests should at the most take 2 days.![]()